Application Fields
By-Product Hydrogen Combined Heat and Power
Combined Heat and Power (CHP) represents the thermodynamically efficient utilization of fuel. In stand-alone power generation, the heat generated from fuel combustion must be discarded as waste heat, whereas in CHP, all or part of this thermal energy can be harnessed for the production of hot water for industrial or domestic heating or for absorption refrigeration.
>> Advantages of Cogeneration <<
Increase power supply
Can greatly reduce the dependence on the power grid
Comprehensive utilization of energy to improve production efficiency
Improve energy efficiency
The energy conversion rate of hydrogen power generation is over 40%
If the heat generated by the reaction can be used
Energy conversion rate can reach 90%
Environmental friendly
The only emission from hydrogen cogeneration is water
Energy saving
Make full use of the electricity and heat generated by energy sources
Save resources and improve heating/cooling quality
>> Applicable Scenarios <<
For enterprises that produce hydrogen as a by-product and have no other targeted uses for the hydrogen, cogeneration will greatly optimize the utilization of their by-product hydrogen.
Off-island facilities that use hydrogen energy for off-grid power supply can provide cooling and heating while supplying electricity, maximizing the use of hydrogen energy.
In areas where there is a large difference in peak-valley electricity prices, hydrogen energy can be used to adjust power generation to reduce peaks and fill valleys, while also providing cooling/heating.
>> Expected Promotion Progress <<
|
2022 |
Completed MW-level cogeneration R&D and design |
|
2024 |
Completed verification operation in the plant |
|
2025 |
6MW cogeneration project demonstration operation |
|
2026 |
Implement the integrated energy solution of "wind, solar, hydrogen, electricity, cooling, heat and storage" with cogeneration as the core module |